Can clothes and towels spread germs?

Towels and germs

Towels and germs

Yes, clothes and towels can spread germs.

There are three main ways that germs are spread by clothes and towels:

when towels or bed linen are used by more than one person germs can spread between them

when someone handles dirty laundry they can spread germs onto their hands

when clothes are washed, germs can spread between items in the process of being washed

How do germs get onto clothes and towels?

Germs on clothes and towels can come from our own body. We all have bacteria on the surface of our skin, in our noses and in our gut. These are often harmless, but some can cause infection, particularly in people with skin problems or wounds.

Most germs cannot penetrate through normal skin but may harmlessly colonise it. Washing your hands regularly is likely to be significantly more important than clothes washing at preventing most infections.

Underwear is more likely to have germs on it than outer clothing like jumpers or trousers. Underwear contains germs from traces of faeces (poo) and from genital infections, such as thrush.

However, you can also pick up germs on your outer clothes, for example if you nurse someone with an illness or clean up vomit. Germs can also get onto outer clothing if you handle contaminated food or brush against a soiled object.

Most germs can survive on fabrics for some time. Read more about how long bacteria and viruses live outside the body.

How to stop clothes spreading germs

Normal washing of clothes will reduce the risk of germs being transmitted. In certain situations clothes should be washed at higher than normal temperatures and with a bleach based product to minimise the transmission risk as much as possible.

Washing high-risk items

If the items you are washing are likely to cause illness (high risk), they should be washed at 60C with a bleach-based product. Items are likely to cause illness if you have someone in your home who has an infectious illness. The following items are also high risk:

clothes soiled with vomit or faeces (including re-usable nappies)

sports clothes from high contact sports, such as judo or wrestling

cloths used in food preparation

healthcare workers’ uniforms

shared towels

clothing worn over a wound or infected skin

farmers’ clothing, especially during lambing season

Always remove any vomit or faeces from clothing before washing and flush it down the toilet. Heavily soiled items and items used in food preparation should be washed separately from other items.

You can protect yourself from infection by wearing gloves when handling high-risk laundry and always washing your hands thoroughly afterwards.

Washing everyday items

If you are washing lightly soiled everyday items that are not likely to cause illness, a normal wash with a detergent will be very effective at reducing the risk of transmitting any infection.

keep and wash heavily soiled clothes separately from other items

wash high risk items separately from other items

wash your hands after handling unwashed clothes

PVL-MSSA ! Find out about high risks activities which could lead to this skin infection


MSSA

MSSA

An investigation at a rugby club into a serious infection which usually causes boils, abscesses and carbuncles found that some spread among the players may have been caused by the sharing of towels and razors or the same ice bath. The work is being presented at PHE’s annual conference this week.

The skin condition is called PVL-MSSA. This is a strain of Staphyloccocus aureus (SA) bacteria known as Methicillin Sensitive Staphylococcus aureus (MSSA) which produces a toxin known as Panton-Valentine Leukocidin (PVL).

You can find out more about Methicillin Resistant Staphylococcus Aureus or MSRA here.

Most active infections present as recurrent boils and abscesses but it can lead to serious infections which can cause the skin and tissues to die (necrotising fasciitis), and may be life threatening.

Rugby is a well-recognised sport for PVL infection (as is wrestling) as the close contact and ‘turf burns’ from artificial grass can abrade the skin allowing the bacteria to multiply and get into the body.

Between August 2013 and February 2014 the PHE team in the South Midlands carried out an investigation into cases of PVL-MSSA, which included a questionnaire completed by players and staff followed by swabbing to detect the presence of PVL-MSSA bacteria.

In total four cases with an identical strain of PVL MSSA were identified, suggesting transmission within this setting. Two cases of active PVL infection with an identical strain of bacteria were found together with a positive result for colonisation (bacteria on the skin but no active infection) in a member of staff. A further case of PVL-MSSA wound infection was identified a week after the investigation had concluded in a player who had not attended the screening in February 2014.

Out of 59 people who responded to the questionnaire in February 2014, the results were as follows:



Regularly share towels 11 people (19 per cent)
Regularly share razors 6 people (10 per cent)
Regularly share clothing 3 people (5 per cent)
Use a cold bath after game/training 22 people (37 per cent)
Suffered any skin conditions in the last year 17 people (29 per cent)
Suffered from any other infections in the last year 11 people (19 per cent)

Dr Deepti Kumar, a Consultant in Communicable Disease Control at PHE said: “PVL-MSSA can be a very serious infection and any positive result either for colonisation or active infection will require appropriate medical treatment not just of the patient but also of their close contacts or family. Because it can spread easily it is important to ensure that the correct procedures are in place to limit the spread of the bacteria.

“The investigation identified a number of high risk practices among the players which increase their chances of getting an infection, such as sharing towels and razors, and sharing ice baths with their fellow team members. We would urge any sportsperson who plays a sport where cuts and grazes are commonplace to practice good hygiene and not share any item with fellow team members to reduce their risk of developing an infection.”

1. Four cases of PVL infection with an identical strain linked to the Club were identified over a period of 8 months.

2. In the first round of screening in December 2013 55 players and 34 staff completed questionnaires. The club medical team took swabs from 13 players and staff in total.

3. In December 2013 nine staff and nine players were swabbed and of these 5 (three staff and two players) were reported as MSSA positive but only one was positive for PVL MSSA.

4. In February 2014 swabs were taken from 59 players and staff and of these 21 (36 per cent) were positive for MSSA. They were all negative for PVL-MSSA.

5. Many people carry strains of SA on their skin and can pass the bacteria to others by direct contact. Those who carry the bacteria on their skin without any signs of infection are said to be ‘colonised’ with the bacteria.

6. PHE data show that there are between 1,200-1,500 cases of PVL-MSSA nationally each year.

Rotavirus Vaccination – the story of a success vaccines and for medical education.


Rotavirus infections and vaccinations

Rotavirus infections and vaccinations

I don’t think that I’m the first person to note that healthcare blogging and fashion blogging have a number of things in common.   Fashion comes to mind.  Certain topics become the order of the day.  Naturally today is not exception.  This time it is infections of babies and children.  We have just put up a blog on Group B Strep Awareness Month which we think is a must read for anyone expecting a baby. As is this blog on vaccinations for the rotavirus.

On Monday we conducted a brief but very valuable interview with Dr Mike England who is GSK’s Medical Director of Vaccines to discuss the success of their vaccine for rotavirus.

In fact number of confirmed cases of rotavirus – a highly infectious and occasionally severe stomach bug that affects babies and young children1 – has dropped by 69% since the vaccine to protect against the disease was introduced in the UK last year, a says  Public Health England.

Between July and June for the ten years before the vaccine was introduced, an average of 14,127 lab-reported cases of rotavirus occurred in the UK each year. That figure fell to 4,490 between July 2013 and June 20142. A two-dose, oral vaccine to protect against rotavirus was introduced on the NHS for babies at the age of two and three months in July 2013. The vast majority of babies tolerate the vaccine very well. A small number develop restlessness, irritability or mild diarrhoea.


Rotavirus causes an unpleasant bout of diarrhoea, sometimes with vomiting, tummy ache and fever. Before the vaccine was introduced, around 130,000 cases resulted in a GP visit in England and Wales each year and around 13,000 children ended up in hospital as a result of the bug3 because of complications such as extreme dehydration. A very small number of children die from rotavirus infection each year1.

Dr England whose background was as a physician in Accident and Emergency sees three core reasons for the success of the vaccine.

Firstly that the vaccine, as he put it, works.  Secondly he felt that healthcare professionals had been able to effectivly spread the message to the user base.  Finally he had felt parents has accepted the value for their children which was a key buy in.   Indeed he feels that medical education and awareness raising is one of the central pillars of modern healthcare provision.  Looking at his own experiences as a doctor in A&E he well understood the “anguish” of parents who had children who contracted the rotavirus.

Dr Peter Basile, medical manager for vaccines at GSK, which manufactures the rotavirus vaccine said: “These figures are fantastic news. The addition of our vaccine to the standard set of immunisations given from birth has been a huge success so far, preventing a horrible illness in many babies.

“A recent survey looking at uptake showed that around 88% of babies are being given both doses of the rotavirus vaccine in the UK4. While this is encouraging and a higher uptake than we’d expect for a new vaccine, there’s still more we can do to help make sure every baby stands the best chance of avoiding this virus.”

 

References

  1. NHS Choices. http://www.nhs.uk/Conditions/vaccinations/Pages/rotavirus-vaccine.aspx. (Last accessed June 2014)
  2. PHE Monthly National Norovirus Report. Summary of surveillance of norovirus and rotavirus. 10 July 2014. http://www.hpa.org.uk/webc/HPAwebFile/HPAweb_C/1287143931777. (Last accessed July 2014)
  3. NHS Factsheet. https://www.gov.uk/government/uploads/system/uploads/attachment_data/file/193110/DoH_8415__RotaVirus_factsheet_8pp_04_accessible.pdf. (Last accessed June 2014)
  4. Public Health England news story. https://www.gov.uk/government/news/successful-start-to-rotavirus-vaccination-programme. (Last accessed June 2014)

Ten great ways to boost your immune system!

 

Picking up infections happens to us all.  But here is some quick tip to help you boost your immune Vegtablessystem and fight infections.

1)      Eat more fresh fruit and vegetables.  Not just great for your body to delicious as well.  If you want to get a few ideas for great vegetable recipes why not pop round to River Cottage http://www.rivercottage.net/recipes/search/vegetarian/

2)      Sun bathing.  A great source of Vitamin D.  But make sure you don’t spend too long in the sun.

3)      Give up smoking if you still do.  And try and avoid places where you may be exposed to second hand smoke.

4)      Exercise.  Getting to the gym can really help!  If you don’t fancy the Gym then you could swim or even just go for a walk each day!

5)      Don’t get stressed.  Give yourself more “I time”.  Why not take up meditation?

6)      Get more sleep.  Why not go to bed an hour earlier than usual.  Oh and switch that TV off.

7)      Make sure you only drink one or two units of alcohol each day and, maybe, have a few alcohol free days each week.

8)      Washing your hands before each mean can help you limit infections

9)      Drink more water.

10)   Try and limit the amount of refined sugar in your diet

Got any other suggestions?

Please add them to the comment boxes below!